Sharp and SES Sign Memorandum of Understanding to Advance Satellite Communication Services in Japan
Sharp Corporation has entered into a Memorandum of Understanding (MOU) with SES, one of the world’s leading satellite operators and space solutions providers, to explore opportunities for collaboration in satellite communication services. The agreement marks a significant step toward expanding advanced connectivity solutions in Japan through the deployment of SES’s Medium Earth Orbit (MEO) satellite communications capabilities, particularly its next-generation O3b mPOWER network.
Under the partnership, the two companies will begin discussions aimed at introducing SES’s high-performance MEO connectivity services into the Japanese market while leveraging Sharp’s expertise in communications technologies and satellite terminal development. The collaboration seeks to address growing demand for reliable, high-capacity communications in locations where conventional terrestrial networks such as cellular infrastructure are unavailable, unreliable, or economically difficult to deploy.
By combining SES’s global satellite infrastructure with Sharp’s innovative hardware technologies, the companies aim to create new opportunities across mobility, industrial operations, and remote connectivity applications, ultimately supporting the development of next-generation communication environments.
Meeting the Need for Connectivity Beyond Terrestrial Networks
Digital transformation is reshaping industries around the world, increasing the need for dependable connectivity in a broad range of environments. While terrestrial communications networks continue to expand, many regions still experience coverage limitations due to geographical constraints, environmental conditions, or the cost associated with deploying traditional infrastructure.
Remote industrial sites, offshore operations, mountainous terrain, and transportation corridors often face significant connectivity challenges that can impact operational efficiency and safety.
Satellite communications are increasingly being viewed as an effective complement to terrestrial systems because they can provide coverage in areas that are difficult to reach using conventional network technologies.
Demand for such services is growing rapidly as industries adopt automation, artificial intelligence, remote monitoring, and autonomous systems that require continuous and reliable communication capabilities.
Through their newly announced collaboration, Sharp and SES intend to address these challenges by exploring satellite-enabled solutions designed to extend connectivity beyond the limits of existing terrestrial networks.
The partnership is expected to support a variety of emerging use cases and contribute to the broader evolution of digital infrastructure in Japan.
SES Brings Global Multi-Orbit Expertise
SES has established itself as one of the world’s major satellite communication providers, offering connectivity services through a diverse fleet of satellites operating across multiple orbital regimes.
The company delivers communication solutions to customers around the globe, supporting applications ranging from media distribution and broadcasting to connectivity services for aviation, maritime transportation, governments, and enterprise customers.
A distinguishing feature of SES’s portfolio is its multi-orbit strategy, which enables the company to combine the strengths of satellites positioned at different altitudes to optimize coverage, performance, and flexibility.
Among its most advanced offerings is O3b mPOWER, a next-generation satellite communications system operating in Medium Earth Orbit.
This network has been specifically designed to provide high-throughput, low-latency, and secure communications for mission-critical applications.
Unlike traditional geostationary satellites located approximately 36,000 kilometers above Earth, O3b mPOWER satellites operate at an altitude of around 8,000 kilometers.
This positioning enables the system to achieve substantially lower communication latency while maintaining broad geographic coverage.
Compared with low Earth orbit constellations that typically operate below 2,000 kilometers, Medium Earth Orbit systems can deliver stable connectivity over larger service areas with fewer satellites.
This balance between latency performance and coverage capability is one of the defining advantages of the MEO architecture.
As a result, O3b mPOWER is particularly well suited for applications requiring dependable performance in challenging operating environments.
High-Performance Connectivity for Mission-Critical Applications
A key capability of the O3b mPOWER system is its ability to dynamically allocate communication resources based on demand.
This flexibility allows the network to provide additional capacity to locations experiencing increased traffic volumes or to support applications that require guaranteed performance.
Industries such as maritime transportation, energy production, mining, logistics, and government services often depend on communication systems capable of maintaining stable connectivity under demanding conditions.
The ability to adjust bandwidth allocations dynamically enables organizations to optimize network performance while supporting changing operational requirements.
O3b mPOWER has been developed to deliver predictable and resilient communications even in environments where traditional networks may be limited or unavailable.
These characteristics make the platform attractive for use cases involving autonomous systems, remote industrial operations, emergency response activities, and critical infrastructure management.
Through its collaboration with SES, Sharp intends to explore how these advanced capabilities can be introduced and adapted for customers within Japan.
Sharp’s Expertise in Satellite User Terminal Development
In parallel with developments in satellite infrastructure, Sharp has been investing in technologies that enable efficient access to advanced communication networks.
The company has been developing flat-panel satellite communication terminals specifically designed to operate with SES’s O3b mPOWER system.
These terminals represent an important component of the overall communications ecosystem because they provide users with practical and efficient means of connecting to satellite services.
Unlike conventional satellite antennas that rely on bulky parabolic dishes, flat-panel terminals feature a thin, lightweight, and compact design.
Their low-profile structure enhances portability and simplifies installation, making them suitable for a wide range of applications.
Sharp’s expertise in developing these devices stems from decades of innovation in consumer electronics and mobile communications.
Through its smartphone business, the company has accumulated significant experience in antenna technologies, miniaturization, wireless communication systems, and compact hardware design.
This knowledge base is now being applied to satellite communications to create user terminals that combine advanced functionality with ease of deployment.
Flat-panel terminals offer numerous advantages in mobility applications because they can be integrated more easily into vehicles, equipment, and infrastructure.
Their compact form factor enables deployment in environments where traditional antenna systems may be impractical.
As demand for satellite connectivity grows, user-friendly terminal solutions are expected to play an increasingly important role in accelerating adoption.
Exploring Industrial Applications in Japan
The collaboration between Sharp and SES is expected to focus initially on industrial applications where connectivity remains a persistent challenge.
Many industrial activities in Japan occur in regions where terrestrial communication networks provide limited coverage.
Maritime industries, for example, often operate far from coastal cellular infrastructure.
Similarly, construction projects, mining operations, forestry activities, and energy facilities located in mountainous or remote regions may face difficulties maintaining reliable communications.
By combining SES’s satellite network with Sharp’s communication technologies and user terminals, the companies intend to investigate opportunities to provide connectivity solutions tailored to these environments.
Potential applications include enabling communication systems for heavy machinery operating in remote areas.
Construction and industrial equipment increasingly rely on connected technologies for monitoring performance, optimizing maintenance schedules, and supporting remote operations.
Reliable communications can improve efficiency, reduce downtime, and enhance safety for workers in isolated locations.
Another area of interest is the management and operation of autonomous vehicles.
As autonomous technologies become more sophisticated, they require dependable connectivity to exchange information, receive software updates, and interact with remote control systems.
Satellite communications can help extend operational capabilities into regions beyond the reach of terrestrial networks.
The ability to support autonomous systems in remote environments could create new opportunities across industries such as logistics, transportation, agriculture, and infrastructure maintenance.
Delivering End-to-End Connectivity Solutions
Sharp has indicated that its ambitions extend beyond supplying communication hardware.
The company intends to pursue an end-to-end approach encompassing equipment provision, system integration, deployment services, and ongoing operational support.
By offering comprehensive solutions, Sharp aims to simplify adoption for customers seeking satellite-enabled communications capabilities.
Many organizations lack specialized expertise in satellite technologies and may prefer integrated offerings that include hardware, connectivity services, installation assistance, and operational management.
Providing these capabilities through a single partner can reduce implementation complexity and accelerate deployment timelines.
End-to-end service models also allow providers to tailor solutions to specific customer requirements and ensure that systems continue operating effectively over the long term.
This approach aligns with broader industry trends toward managed services and integrated communications platforms.
As digitalization accelerates across industrial sectors, demand is expected to increase for providers capable of delivering complete connectivity ecosystems rather than individual products.
Supporting the Growth of the MEO Market in Japan
Jean-Philippe Gillet, President of Fixed Vertical at SES, emphasized the strategic importance of Japan as a market for advanced communication technologies.
According to Gillet, Japan has long been recognized as a center for innovation and technological development, with growing demand for high-performance connectivity solutions capable of extending beyond traditional terrestrial infrastructures.
He noted that the collaboration with Sharp brings together SES’s Medium Earth Orbit capabilities and Sharp’s expertise in advanced terminal technologies.
By combining these strengths, the two companies aim to enable scalable communication services across mobility applications and industrial sectors.
Gillet stated that SES remains committed to supporting the development of technologies and services required to address evolving market requirements and contribute to the expansion of the Medium Earth Orbit communications ecosystem within Japan.
As awareness of MEO capabilities increases, the market is expected to benefit from growing interest among enterprises seeking alternatives to conventional communication systems.
Building Next-Generation Communication Environments
Shigeru Kobayashi, Executive Officer, Co-Chief Operating Officer, and Head of Sharp’s Smart Workplace Business Group, described the memorandum as an important milestone in the company’s efforts to build future communications environments.
He emphasized that Sharp’s vision involves integrating artificial intelligence into every aspect of daily life and work.
Achieving such a vision, he explained, requires communication infrastructures that are accessible, dependable, and available regardless of location.
Kobayashi noted that combining SES’s highly reliable satellite communications network with Sharp’s advanced terminal technologies creates opportunities to accelerate the development of next-generation connectivity services.
By leveraging their respective strengths, the companies intend to move steadily toward realizing communication environments that support emerging digital applications and future societal needs.
Artificial intelligence, automation, remote collaboration, and intelligent industrial systems all depend on resilient communications capabilities.
Ensuring that users can access reliable connectivity wherever they operate is becoming increasingly important in supporting economic growth and technological progress.
Backed by National Innovation Initiatives
The development activities associated with this initiative have received support from Japan’s National Institute of Information and Communications Technology (NICT).
Funding assistance provided through NICT reflects broader national efforts to promote advanced communication technologies and strengthen digital infrastructure capabilities.
Such support highlights the importance placed on satellite communications as part of Japan’s future connectivity strategy.
As industries continue to pursue digital transformation initiatives, investments in resilient communication technologies are expected to play a crucial role in supporting innovation and competitiveness.
About Sharp Corporation
Sharp Corporation has spent more than 110 years developing technologies and products that have shaped the electronics industry.
Throughout its history, the company has introduced numerous pioneering innovations and continues to focus on creating value through advanced technologies.
Guided by its corporate philosophy of “Sincerity and Creativity,” Sharp has adopted the slogan “In Step with Your Future” as a reflection of its commitment to helping shape society through innovation.
The company seeks to create new cultures and experiences by delivering products and services that enhance the way people live and work.
Through initiatives such as its collaboration with SES, Sharp is expanding its role in next-generation communications and positioning itself to contribute to a more connected, intelligent, and digitally empowered future.
The partnership with SES represents an important step toward achieving that vision, combining advanced satellite infrastructure with innovative terminal technologies to help bring dependable connectivity to locations where it is needed most.
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